Location History:
- Munich, DE (2006)
- Karlsfeld, DE (2006)
- Dachau, DE (2002 - 2007)
- Herrsching, DE (2005 - 2009)
Company Filing History:
Years Active: 2002-2009
Title: The Contributions of Adalbert Bandemer in Fiber Optics
Introduction
Adalbert Bandemer, a prominent inventor based in Herrsching, Germany, has made significant contributions to the field of fiber optics. With a total of 11 patents to his name, he has been instrumental in advancing technologies related to light polarization and measurement.
Latest Patents
One of Bandemer's notable innovations is his latest patent for a "Fiber Polarimeter" and the associated polarimetric method. This invention features one or more oblique fiber Bragg gratings arranged in sequence within a fiber. These gratings are designed to couple out portions of a light wave that enters the fiber according to its polarization characteristics. For configurations with multiple fiber Bragg gratings, a wave plate is strategically placed in the fiber between the gratings. The detected light wave portions allow for the generation of measurement data that can be utilized to compute the four Stokes parameters, vital for determining the light wave's polarization and degree of polarization, as well as its power.
Career Highlights
Adalbert Bandemer has spent part of his career at distinguished organizations, including Thorlabs GmbH and Tektronix Munich. His work in these renowned companies has enabled him to build a robust skill set in developing pioneering optical technologies.
Collaborations
Throughout his career, Bandemer has collaborated with talented individuals such as Egbert Krause and Jens Peupelmann. These professional relationships have likely contributed to the innovative spirit and advancements achieved in their projects and inventions.
Conclusion
Adalbert Bandemer's work within the realm of fiber optics underscores the importance of innovation in technological progress. His patents and collaborative efforts reflect a dedicated pursuit of knowledge and advancement in the field, ultimately contributing to the utilities of fiber optic technology in various applications.